DEVICE FOR MEASURING A FLOW OF URINE IN A CABETED PATIENT (Machine-translation by Google Translate, not legally binding)

Device (6) for measuring a flow of urine in a catheterized patient (30) comprising: - a dropper (5) comprising a chamber (5a) for housing liquid; - an inlet tube (3) configured to join the camera (5a) to a catheter (2) of the probed patient (30); - an outlet tube (3a) configured to join the chamber...

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Main Authors González Lopez, Samuel, Herrador Domínguez, Lucía, Beunza Nuin, Juan José, Gómez Tello, Vicente, Avilés Alvarez, Eva, Mateo Burillo, Claudia, Lafuente Carrasco, José Luis, Albo Moreno, Niza, Avilés Casamayor, Isabel, Puertas Sanz, Enrique
Format Patent
LanguageEnglish
Spanish
Published 20.05.2024
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Summary:Device (6) for measuring a flow of urine in a catheterized patient (30) comprising: - a dropper (5) comprising a chamber (5a) for housing liquid; - an inlet tube (3) configured to join the camera (5a) to a catheter (2) of the probed patient (30); - an outlet tube (3a) configured to join the chamber (5a) with a urinary bag (4); - a main printed circuit board (35) for holding the dripper (5); - an emitter (19a) configured to emit an infrared beam (36) through the camera (5a) of the dripper (5); - a receiver (19b) configured to receive the infrared beam (36) through the camera (5a) of the dripper (5); - a processing unit (13) configured to calculate an amount of urine flow produced by the probed patient (30) from a variation of the infrared beam received, either because the passage of liquid through the chamber (5a) occurs in the form of drops or in the form of a continuous flow; - a wireless communications unit (32) configured to send information about the data generated in the processing unit (13). (Machine-translation by Google Translate, not legally binding) Dispositivo (6) para medir un flujo de orina en un paciente sondado (30) que comprende: - un gotero (5) que comprende una cámara (5a) para alojar líquido; - un tubo de entrada (3) configurado para unir la cámara (5a) a un catéter (2) del paciente sondado (30); - un tubo de salida (3a) configurado para unir la cámara (5a) con una bolsa urinaria (4); - una placa de circuito impreso principal (35) para sujetar el gotero (5); - un emisor (19a) configurado para emitir un haz de infrarrojos (36) a través de la cámara (5a) del gotero (5); - un receptor (19b) configurado para recibir el haz de infrarrojos (36) a través de la cámara (5a) del gotero (5); - una unidad de procesamiento (13) configurada para calcular una cantidad de flujo de orina producida por el paciente sondado (30) a partir de una variación del haz de infrarrojos recibido, ya sea porque el paso de líquido por la cámara (5a) ocurra en forma de gotas o en forma de flujo continuo; - una unidad de comunicaciones inalámbrica (32) configurada para enviar información acerca de los datos generados en la unidad de procesamiento (13).
Bibliography:Application Number: ES20230031125U